Aerospace applications mechanical parameters

Cost and availability of a suitable quantity of nanostructured materials are two fundamental parameters in the development on these iimovative elements. The nano-elements embedded in the matrix can provide other properties. For example, carbon nanotubes are studied for the development of structural composites for aerospace applications, thermal management, electrical systems, etc. In this case it is possible to think of advanced materials with manifold properties (mechanical, thermal, chemical, and mainly electromagnetic). The materials typically employed in nano-FSS manufacture are ... 

Hot-wire anemometers ( Micro/Nano-Anemometers ) have been developed for a wide spectrum of applications from experimental fluid mechanics to aerospace engineering to measure physical parameters such as temperature, flow rate, and shear stress. The advent of microelec-tromechanical systems (MEMS) and nanoscale thermal sensors has provided an entry point to microfluidics, biomedical sciences, and microcirculation in cardiovascular medicine. These MEMS and nanoscale devices are fabricated... 

ABSTRACT The paper deals with selected aspects of safety features of polymer composites with natural fibres. These kinds of composites have been starting to be used quite widely in the technical industry like automotive and aerospace, etc. Our paper will present approaches for selection of those properties and features of polymer composites which are to be used for an event cause description. In this paper we will present selected mechanical properties and qualities which usually create the fundamental point of view in terms of decision about the applicability of polymer composites. The materials measures Uke strength, hardness and elasticity play vital role in terms of physical in-situ applicability. Such properties are firstly observed and assessed in terms of system and object safety parameters. 

---